Commuting by car is a major source of greenhouseβgas emissions in many economies. Each kilometre travelled burns fuel, releasing carbon dioxide that contributes to climate change.
When employees work remotely, the number of commuting trips drops dramatically. This not only saves fuel costs but also reduces the associated COβ emissions. However, remote work shifts some energy demand to the home, primarily electricity for heating, cooling, and equipment.
The calculator estimates the net annual savings by comparing the emissions and costs of a fullβtime commuting scenario with a mixed remoteβwork schedule. It accounts for fuel consumption, electricity use, and their respective emission factors.
C_{text{fuel}} = fuel consumption (L/100km)
EF_{text{fuel}} = emission factor fuel (kg COβ/L)
R = remote work days per year
E_{text{home}} = home electricity use per remote day (kWh)
EF_{text{elec}} = emission factor electricity (kg COβ/kWh)
How does the Remote Work Savings Calculator work?
What factors are considered in the calculation?
How does remote work impact COβ emissions?
Can I customize the calculator for my specific situation?
What is the net annual savings calculated by the Remote Work Savings Calculator?
How does the calculator account for different types of remote work (e.g., full-time vs. part-time)?
Is there a way to see how my savings compare to others?
Results are for informational purposes only and do not constitute professional advice.
